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The challenge of designing electronic devices that stay protected from dust, liquids and pressure becomes increasingly difficult when acoustics are introduced.

Today's portable electronic devices need to stand up to dust and splash hazards that go way beyond commonly used IP standards; which is why Gore testing goes way beyond them too. Our venting materials are tested and qualified to perform to industry standards, but also to additional protocols developed by our engineers that better reflect real-world conditions.

Providing Liquid Resistance, Acoustic Consistency, and Reliable Supply

GORE^® Acoustic Vents for immersion applications facilitate transmission of sound with superior acoustics performance, deeper immersion protection and enhanced contamination resistance. Gore can tailor this material around the desired functionality to repel water, sweat, cleaning solutions and low surface tension liquids like detergent and oils without sacrificing acoustic performance.

Ingress Protection, IP, is an internationally accepted standard for indicating how well an electrical enclosure protects electronic equipment, devices, or components against solid objects and liquids.

Gore’s application engineers collaborated with the Dunkermotoren engineers to evaluate several GORE® Protective Vents in both environmental chamber tests and field tests.

GORE® Vents help manufacturers improve the cost-effectiveness, production efficiencies and life expectancy of solar energy systems and components.

Low-profile, 100% ePTFE vents are designed for automated installation which incorporate heat or ultrasonic welding processes. Ideal for solar energy systems, they provide a robust mechanical bond in conjunction with rapid equalization of pressures.

High-value telecommunications components can benefit from higher reliability, and lower manufacturing, maintenance and warranty costs, with GORE Protective Vents.

Laird Technologies, a global manufacturer of telematics, needed to provide a way to maintain equalized pressure inside a smart antenna enclosure without creating a path for water and other contaminants to enter.

PureWave Networks, Inc., of Santa Clara, California, develops advanced, LTE small cells and compact WiMAX base stations that have revolutionized the economics of 4G network deployment and operations.